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| MI thermocouple cable |
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| Feature
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1). Mineral insulated cables are the industry standard, proven choice for high temperature probe fabrication.
2). Bulk MI cable is rugged, inexpensive, reliable, widely accepted by industry, and readily available in standard
configurations,
the metal sheath provides a self-armoured cable, which is mechanically robust even at small
diameters.
3). The small mass and high thermal conductivity of a properly made cable promotes rapid response of the
finished thermocouple assembly.
4). Sheath materials can be selected to offer strong resistance against corrosive environments and extremely
high temperature
effects. |
Sheath Specification: |
Sheath Material |
Nominal Chemical Composition (% weight) |
Continuous Max. Temp. |
Melting Temp. |
Application Notes |
Fe |
Ni |
Cr |
C |
Mo |
Mn |
S |
Si |
Cu |
Tensile |
|
|
|
Max |
|
Max |
Max |
Max |
0.1 |
(1000 psi) |
304 |
Bal |
10 |
19 |
0.03 |
|
2 |
0.03 |
1 |
0.1 |
80 |
900¡ãC |
1400¡ãC |
Good resistance to corrosion and oxidation |
316 |
Bal |
12 |
17 |
0.03 |
2 |
2 |
0.03 |
1 |
0.1 |
85 |
925¡ãC |
1370¡ãC |
Good corrosion resistance and creep strength at elevated temperatures (Mo). Resists tendency to pit in phosphoric and aetic acids. Withstands sulphuric acid compounds. |
316L |
Bal |
12 |
17 |
0.03 |
2 |
2 |
0.03 |
1 |
0.1 |
80 |
925¡ãC |
1370¡ãC |
Good corrosion resistance and creep strength at elevated temperatures (Mo). Resists tendency to pit in phosphoric and aetic acids. Withstands sulphuric acid compounds. |
310S |
Bal |
20 |
25 |
0.08 |
|
2 |
0.03 |
1.5 |
0.1 |
100 |
1100¡ãC |
1400¡ãC |
High temperature strength and scale resistance. Good resistance to carburising and reducing envirnoments. Withstands sulphurous gas at elevated temperatures (high Ni-Cr) |
INC600 |
bal |
76 |
16 |
0.04 |
|
0.2 |
0.01 |
0.2 |
0.1 |
90 |
1150¡ãC |
1400¡ãC |
High corrision resistance at elevated temperatures. High hot strength. Used in sulphur-free environments. Resists oxidising and reducing atmospheres. |
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|
Sheath OD
(mm) |
Wall thickness (mm) |
Wire dia.
(mm) |
Length
(m/roll) |
Sheath material |
Tolerance |
Calibration |
Limits |
Temp. Range
¡ãC |
1.6 |
0.16-0.26 |
0.26-0.36 |
200 |
SUS304
SUS316
SUS316L
SUS310L
INC600 |
K |
1.5¡ãC or 0.4%t |
-40~1000 |
2.0 |
0.25-0.35 |
0.40-0.50 |
180 |
3.0 |
0.38-0.48 |
0.50-0.60 |
80 |
J |
-40~750 |
3.2 |
0.48-0.58 |
0.58-0.68 |
75 |
4.0 |
0.52-0.62 |
0.60-0.70 |
70 |
E |
-40~800 |
4.8 |
0.73-0.83 |
0.75-0.85 |
40 |
6.0 |
0.98-1.08 |
0.90-1.10 |
30 |
T |
0.5¡ãC or 0.4%t |
-40~350 |
8.0 |
1.30-1.44 |
1.30-1.40 |
20 |
|
Order No.
Calibration (Order No.) |
Sheath OD (mm) |
Sheath Material |
Type K |
Type J |
Type E |
Type T |
MIC-K-¦Õ1.6-304 |
MIC-J-¦Õ1.6-304 |
MIC-E-¦Õ1.6-304 |
MIC-T-¦Õ1.6-304 |
1.6 |
304 |
MIC-K-¦Õ1.6-316 |
MIC-J-¦Õ1.6-316 |
MIC-E-¦Õ1.6-316 |
MIC-T-¦Õ1.6-316 |
1.6 |
316 |
MIC-K-¦Õ1.6-316L |
MIC-J-¦Õ1.6-316L |
MIC-E-¦Õ1.6-316L |
MIC-T-¦Õ1.6-316L |
1.6 |
316L |
MIC-K-¦Õ1.6-310S |
- |
- |
- |
1.6 |
310S |
MIC-K-¦Õ1.6-INC600 |
- |
- |
- |
1.6 |
INC600 |
MIC-K-¦Õ2-304 |
MIC-J-¦Õ2-304 |
MIC-E-¦Õ2-304 |
MIC-T-¦Õ2-304 |
2 |
304 |
MIC-K-¦Õ2-316 |
MIC-J-¦Õ2-316 |
MIC-E-¦Õ2-316 |
MIC-T-¦Õ2-316 |
2 |
316 |
MIC-K-¦Õ2-316L |
MIC-J-¦Õ2-316L |
MIC-E-¦Õ2-316L |
MIC-T-¦Õ2-316L |
2 |
316L |
MIC-K-¦Õ2-310S |
- |
- |
- |
2 |
310S |
MIC-K-¦Õ2-INC600 |
- |
- |
- |
2 |
INC600 |
MIC-K-¦Õ3-304 |
MIC-J-¦Õ3-304 |
MIC-E-¦Õ3-304 |
MIC-T-¦Õ3-304 |
3 |
304 |
MIC-K-¦Õ3-316 |
MIC-J-¦Õ3-316 |
MIC-E-¦Õ3-316 |
MIC-T-¦Õ3-316 |
3 |
316 |
MIC-K-¦Õ3-316L |
MIC-J-¦Õ3-316L |
MIC-E-¦Õ3-316L |
MIC-T-¦Õ3-316L |
3 |
316L |
MIC-K-¦Õ3-310S |
- |
- |
- |
3 |
310S |
MIC-K-¦Õ3-INC600 |
- |
- |
- |
3 |
INC600 |
MIC-K-¦Õ3.2-304 |
MIC-J-¦Õ3.2-304 |
MIC-E-¦Õ3.2-304 |
MIC-T-¦Õ3.2-304 |
3.2 |
304 |
MIC-K-¦Õ3.2-316 |
MIC-J-¦Õ3.2-316 |
MIC-E-¦Õ3.2-316 |
MIC-T-¦Õ3.2-316 |
3.2 |
316 |
MIC-K-¦Õ3.2-316L |
MIC-J-¦Õ3.2-316L |
MIC-E-¦Õ3.2-316L |
MIC-T-¦Õ3.2-316L |
3.2 |
316L |
MIC-K-¦Õ3.2-310S |
- |
- |
- |
3.2 |
310S |
MIC-K-¦Õ3.2-INC600 |
- |
- |
- |
3.2 |
INC600 |
MIC-K-¦Õ4.8-304 |
MIC-J-¦Õ4.8-304 |
MIC-E-¦Õ4.8-304 |
MIC-T-¦Õ4.8-304 |
4.8 |
304 |
MIC-K-¦Õ4.8-316 |
MIC-J-¦Õ4.8-316 |
MIC-E-¦Õ4.8-316 |
MIC-T-¦Õ4.8-316 |
4.8 |
316 |
MIC-K-¦Õ4.8-316L |
MIC-J-¦Õ4.8-316L |
MIC-E-¦Õ4.8-316L |
MIC-T-¦Õ4.8-316L |
4.8 |
316L |
MIC-K-¦Õ4.8-310S |
- |
- |
- |
4.8 |
310S |
MIC-K-¦Õ4.8-INC600 |
- |
- |
- |
4.8 |
INC600 |
MIC-K-¦Õ6.0-304 |
MIC-J-¦Õ6.0-304 |
MIC-E-¦Õ6.0-304 |
MIC-T-¦Õ6.0-304 |
6.0 |
304 |
MIC-K-¦Õ6.0-316 |
MIC-J-¦Õ6.0-316 |
MIC-E-¦Õ6.0-316 |
MIC-T-¦Õ6.0-316 |
6.0 |
316 |
MIC-K-¦Õ6.0-316L |
MIC-J-¦Õ6.0-316L |
MIC-E-¦Õ6.0-316L |
MIC-T-¦Õ6.0-316L |
6.0 |
316L |
MIC-K-¦Õ6.0-310S |
- |
- |
- |
6.0 |
310S |
MIC-K-¦Õ6.0-INC600 |
- |
- |
- |
6.0 |
INC600 |
MIC-K-¦Õ6.4-304 |
MIC-J-¦Õ6.4-304 |
MIC-E-¦Õ6.4-304 |
MIC-T-¦Õ6.4-304 |
6.4 |
304 |
MIC-K-¦Õ6.4-316 |
MIC-J-¦Õ6.4-316 |
MIC-E-¦Õ6.4-316 |
MIC-T-¦Õ6.4-316 |
6.4 |
316 |
MIC-K-¦Õ6.4-316L |
MIC-J-¦Õ6.4-316L |
MIC-E-¦Õ6.4-316L |
MIC-T-¦Õ6.4-316L |
6.4 |
316L |
MIC-K-¦Õ6.4-310S |
- |
- |
- |
6.4 |
310S |
MIC-K-¦Õ6.4-INC600 |
- |
- |
- |
6.4 |
INC600 |
MIC-K-¦Õ8.0-304 |
MIC-J-¦Õ8.0-304 |
MIC-E-¦Õ8.0-304 |
MIC-T-¦Õ8.0-304 |
8.0 |
304 |
MIC-K-¦Õ8.0-316 |
MIC-J-¦Õ8.0-316 |
MIC-E-¦Õ8.0-316 |
MIC-T-¦Õ8.0-316 |
8.0 |
316 |
MIC-K-¦Õ8.0-316L |
MIC-J-¦Õ8.0-316L |
MIC-E-¦Õ8.0-316L |
MIC-T-¦Õ8.0-316L |
8.0 |
316L |
MIC-K-¦Õ8.0-310S |
- |
- |
- |
8.0 |
310S |
MIC-K-¦Õ8.0-INC600 |
- |
- |
- |
8.0 |
INC600 |
Order example:
1. MIC-K-¦Õ3.0-316, It means you order MI thermocouple cable is Simplex, type K, sheath dia: 3.0mm, sheath material: SUS316
2. If you order MI thermocouple cable is Duplex, please change ¡°MIC¡± to ¡°MICD¡±, it means ¡°MICD-K-¦Õ3.0-316¡±
3. If you order MI thermocouple cable is Triplex, please change ¡°MIC¡± to ¡°MICT¡±, it means ¡°MICT-K-¦Õ3.0-316¡±
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